BCR10CM-16LH#BB0

Thyristors are electronic components that operate as a switch used to control the electrical energy flowing in a circuit. Most commonly used thyristors are TRIACs, which are typically used to switch alternating currents. A BCR10CM-16LH#BB0 is a type of TRIAC designed for medium power and fast switching applications.

TRIACs are a type of semiconductor switch that consists of three terminals or contacts; the anode, gate, and the cathode. They are actuated by the positive or negative gate current which causes the TRIAC to be in a triggered state, allowing it to control current flow in a bi-directional manner and to bridge AC sources with resistive loads.

The BCR10CM-16LH#BB0 is a bidirectional thyristor, allowing it to pass current pulses in either direction. It is a medium power device with a maximum on-state voltage of up to 725V and a maximum current rating of 16A. It is a fast switching device, able to achieve switching speeds of up to 5kHz when triggered by an anode or cathode gate current.

BCR10CM-16LH#BB0 devices are typically used in applications such as power regulators, AC-electrical motor controllers, AC/DC converters, and industrial control systems. Given its medium power and switching speed capabilities, it is often used in applications where power must be precisely controlled and on/off cycling must occur quickly, such as motor controllers, converters, and heating control systems.

The BCR10CM-16LH#BB0 device operates in both AC and DC mode, and features a snubberless design, meaning it requires no external components for operation. The device can be triggered either by a direct gate current, or by a voltage applied across the anode and cathode terminals. The device also features an integrated thermistor for temperature protection.

In summary, the BCR10CM-16LH#BB0 is a medium power, fast switching TRIAC designed for use in precision AC control applications. The device features internal temperature protection, as well as an integrated snubberless design, allowing it to operate without any external components. The device has a maximum on-state voltage of 725V and a maximum current rating of 16A, making it suitable for applications where power must be precisely controlled and on/off cycling must occur quickly.